2.1: Molecules to Metabolism Flashcards

(46 cards)

1
Q

What are organic compounds?

A

carbon containing compounds
- have at least one C-H bond within molecule
- takes part in all the chemical reactions of life

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2
Q

What is Urea?

A

nitrogen containing compound with relatively simple molecular structure
- compoenent of urine
- produced when excess of amino acids in body, filtered out of blood by kidnets and removed from body in urine

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3
Q

How did the artificla synthesis of urea falsity vitalism?

A

proved organic compounds could be artifically produced and not only made with a “vital principal” (produced by living organisms)

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4
Q

Importance of carbon atoms?

A

15th most abundant element on earth
- forms covalent bonds (strongest type of bond between atoms)
- can make 4 covalent bonds (infinite number of molescules, extremely versatile)

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5
Q

What are the organic biological molecules that contain carbon?

A

charbohydrates, lipids, proteins, nucleic acids

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6
Q

Monomers vs polymers?

A

smaller molecules (monomers) combine together to create larger molecules (polymers)

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7
Q

Carbohydrates (monomer vs polymer names)

A

monomer - monosaccharide
polymer - polysaccharide

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8
Q

Proteins (monomer vs polymer names)

A

monomer - amino acids
polymer - polypeptide

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9
Q

Lipids (monomer vs polymer names)

A

monomer - fatty acid, glycerol
polymer - lipid

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10
Q

Nucleic acid (monomer vs polymer names)

A

monomer - nucleotide
polymer - nucleic acid

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11
Q

What are function groups?

A

elements like H, O, S, N and P may attach to carbone backbone of moleciles to form these reactive “clusters”

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12
Q

functional groups

A
  • hydroxyl (OH)
    -amine (NH2)
    -carboxyl (COOH)
    -methyl (CH3)
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13
Q

Carbohydrates general formula

A

(CH2O)x

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14
Q

carbohydrates structure

A

streaight chain or ring forms (most common in nature)

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15
Q

Ratio of C to H to O in carbohydrates

A

1:2:1
- glucose: C6H12O6

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16
Q

ribose, alpha-glucose and beta-glucose drawing

A

n/a

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17
Q

lipids

A

board class of molecules that are insoluble in water (non-polar, hydrophillic)
- includes steroids, waxes, fatty acids, triglycerides

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18
Q

names of triglycerides

A

solid - fats (saturated)
liquid - oil (non- saturated)

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19
Q

general structure for a fatty acid

A

chain or ring of carbon and hydrogen atoms + carboxylic group

20
Q

Polarity of fatty acids

A

Oxygen makes polar bond, but large chain cancels polarity

21
Q

types of fatty acids

A

saturated (no bond)
monostaurated (1 bond)
polysaturated (more than 1 bond)

22
Q

triglyceride structure

A

glyercol + 3 fatty acid chains

23
Q

phospholipid structure

A

phosphate + glycerol + 2 fatty acid chains

24
Q

steroid structure

A

4 fused hydrocarbon rings

25
what are chains of amino acids called?
polypeptides
26
generalized amino acid structure
amino group + side chain + carboxyl group
27
funtions of proteins
- contractile, reception, structural, hormonal, storage, enzyme, transport, protection
28
structure of proteins and orientation
amine and acid groups could be at opposite ends, R side chain at top, bottom or side depending on orientation
29
how do amino acids link?
via peptide bonds
30
shape of proteins
unique 3-D shape after undergoing complex folding
31
nucleic acids types
- deoxyribonucleic acid - ribonucleic acid
32
what are nucleic acids made of
made from chains of nucleotides that consist of phosphate, sugar, nitrogenous base covalently bonded together
33
DNA contains
deoxyribose sugar
34
RNA contains
ribose sugar
35
generalized nucleotide structure
phosphate group + sugar + nucleotide
36
Which organic molecules foes not contain N
proteins contain C, H, O and N lipids and carbs contain all but N
37
What organic molecules contain sulfur
many proteins contain sulfur while lipids and carbs do not
38
ratio of H:O atoms in carbs
2:1 ratio - sucrose C12H22O11
39
what molecules has much less oxygen than carbohydrates
lipids - ex, oleic acid (C18H34O2)
40
what is metabolism?
sum of all reactions that happen in a organism - pathways where one type of molecules transforms into another in a series of small steps -require enzymes who are biological catalysts
41
anabolism?
builds molecules by making bonds (ie proteins and carbs) - forms macromolecules by condensation reactioms
42
catabolism?
breaks down molecules by breaking bonds (ie. digestion) - hydrolysis of macromolecules into monomers
43
condensation reaction?
- two molecules of glucose form into maltose creating a glycosidic bond - a ribosome condenses two amino acids into a dipeptide creating a peptide bond
44
hydrolysis reaction?
- a protese hydrolyses a dipeptitde into two amino acids, breaking the peptide bond - lactase hydrolyses lactose into glucose and galactose, breaking the glycosidic bond
45
properties of carbon atoms that give them large range of stable compounds?
they can form 4 covalent bonds
46
meaning of cellular metabolism?
all ezyme catalyzed chemical reactions taking place inside the cell